![About [highlight] Gausium [/highlight]](http://terra-robotics.de/cdn/shop/files/Gausium_mit_Produkte.png?v=1758622251&width=1600)
Industrial sweeping robot with 3D LiDAR, 45 L container, and up to 5 hours of runtime.
3D LiDAR navigation
45 L waste bin
Runtime up to 5 hours
750 mm cleaning width
High-performance cleaning robot with 360° camera, AI navigation, and high efficiency.
For dynamic places
360° camera & sensors
Up to 8 hours of battery life
520 mm scrubbing width
Multifunctional cleaning robot for scrubbing, sweeping, and mopping.
3-in-1 cleanser
Runtime up to 8 hours
Disc or cylindrical brush
Water recycling system
Compact 4-in-1 cleaning robot for sweeping, vacuuming, scrubbing, and dusting.
4 cleaning modes
Very quiet <65 dB
Runtime up to 14 hours
Edge cleaning 0 mm
Large-area scrubber for industrial facilities and warehouses with high performance and precision.
High area coverage
Long battery life
Rugged industrial design
Precise navigation
Autonomous floor cleaning for carpets, hard floors and narrow corridors.
3-in-1 cleanser
24 kPa suction power
For carpet & hard floor
Precise edge cleaning
High-performance large-area robot for industry, logistics, and expansive commercial hard floor surfaces.
Sweeping & Scrubbing
Up to 55 kg contact pressure
80 L fresh water tank
Up to 7 hours of battery life
Compact cleaning robot for medium-sized hard floor areas, narrow aisles, and dynamic indoor spaces.
Sweeping & Scrubbing
Up to 25 kg of contact pressure
Only 660 mm clearance width
Intelligent 3D navigation
Vacuuming, sweeping, scrubbing, and dusting in one system; compact for narrow aisles/under tables, 0‑cm edge cleaning, app‑based mapping, and multisensory 3D perception. A strong option for hotels, offices, and retail.
Industrial scrubbing robot with 20+ sensors, 3D LiDAR (optional mmWave radar for 75 P), 750 mm working width, oil cleaning mode, 270° rotatable scrub deck, water recycling (~80% less fresh water), and workstation for charging/fresh/waste water. Ideal for parking garages, logistics, and manufacturing.
Beetle as an autonomous industrial sweeper, Omnie as an AI cleaning robot for highly dynamic environments. Both designed for areas with high levels of soiling.
Gausium is a manufacturer of autonomous cleaning robots used in retail, hospitality, office buildings, industry, logistics, parking garages, and other professional application areas. Gausium's robots combine AI-powered navigation, sensor technology, fleet management, and, depending on the model, automated workstations for charging, fresh water, and wastewater. Terra Robotics provides support with selection, deployment planning, commissioning, training, and service.
Terra Robotics offers various Gausium cleaning robots for commercial, industrial, retail, office, hotel, and logistics applications. These include, among others, the Gausium Phantas, Gausium Scrubber 75, Gausium Beetle Pro, Gausium Omnie, Gausium Scrubber 50 Pro, and Gausium Vacuum 40. The models differ in cleaning method, surface coverage, navigation, runtime, cleaning width, sensor technology, workstation compatibility, and area of application.
The right Gausium cleaning robot depends on the surface area, floor type, degree of soiling, cleaning frequency, narrow passages, personnel processes, and the desired level of automation. Gausium Phantas is suitable for compact and mixed indoor areas, Scrubber 75 for large industrial and logistics spaces, Beetle Pro for heavy soiling and sweeping processes, Omnie for dynamic environments, and Vacuum 40 for carpets, hard floors, and narrow corridors.
The Gausium Phantas is suitable for hotels, offices, retail spaces, hallways, narrow aisles, areas under tables, and mixed indoor surfaces. As a compact 4-in-1 cleaning robot, it can vacuum, sweep, scrub, and dust mop depending on the configuration. The Gausium Phantas is particularly useful when a flexible cleaning robot is needed for various floor types and small to medium-sized areas.
The Gausium Scrubber 75 is suitable for large areas in industry, logistics, manufacturing, warehouses, and parking garages. The autonomous scrubbing robot is designed for high area performance, robust cleaning, precise navigation, and demanding floor conditions. Depending on the variant, it supports features such as 3D LiDAR, optional mmWave radar, oil cleaning mode, wide working range, water recycling, and workstation operation.
Yes, Gausium cleaning robots are very well-suited for parking garages, industrial areas, warehouses, and manufacturing facilities, depending on the model. The Gausium Scrubber 75, Gausium Beetle Pro, and Gausium Omnie are particularly relevant for demanding scenarios involving large areas, heavy soiling, or dynamic environments. The right choice of model, sensor technology, driving corridors, cleaning profiles, safety zones, and a well-planned workstation location are essential.
Depending on the model, Gausium cleaning robots use sensors such as 3D-LiDAR, cameras, AI-powered perception, and optionally additional detection technologies. This allows them to map areas, detect obstacles, plan cleaning routes, and autonomously clean defined zones. For stable operation, bottlenecks, safety zones, transit corridors, docking points, and cleaning profiles are pre-configured and validated on-site.
Depending on the model, Gausium workstations enable automatic docking, charging, fresh water refilling, and wastewater emptying. This allows cleaning robots to operate for longer periods with fewer manual interruptions. Workstations are particularly useful for large buildings, industrial spaces, logistics sites, hotels, retail areas, and parking garages, as they make water logistics, charging processes, and maintenance windows more predictable.
Gausium cleaning robots can contribute to more sustainable building cleaning because they make water, cleaning agents, operating times, and surface coverage more predictable. Depending on the model and system, water recycling can significantly reduce fresh water consumption. In addition, digital cleaning reports, consumption data, and structured cleaning profiles help to use resources more efficiently and document savings in facility management in a traceable manner.
Yes, Gausium cleaning robots can be purchased, rented, or leased depending on the project goal. Purchasing is suitable for long-term cleaning processes with stable utilization. Rental is useful for test setups, pilot projects, or temporary assignments. Leasing allows for predictable costs and preserves liquidity. Terra Robotics provides support with model selection, area analysis, ROI evaluation, commissioning, training, maintenance, and service.
Gausium develops autonomous cleaning robots for professional floor cleaning in commercial, facility management, industrial, and logistics sectors. The manufacturer combines robotics, AI-driven perception, and autonomous navigation with various cleaning technologies such as sweeping, vacuuming, scrubbing, and dust mopping. This allows for a specialized solution to be selected based on the building, floor type, and level of soiling.
The product portfolio ranges from compact cleaning robots for hotels, offices, and retail to high-performance machines for production halls, warehouses, parking garages, and large logistics areas. In addition to the robots themselves, docking and work stations, digital fleet management, and automated cleaning workflows play an important role at Gausium. This makes Gausium suitable both for individual pilot projects and for companies looking to automate multiple locations or larger robot fleets.
A central component of Gausium cleaning robots is autonomous navigation. Depending on the model, technologies such as 3D LiDAR, cameras, and AI-driven environmental perception are used. The robots can map areas, detect obstacles, and cover defined cleaning zones independently.
This capability is particularly important in dynamic buildings. People, goods, transport carts, or temporarily placed objects constantly change the environment. Intelligent navigation makes it possible not only to perform cleaning based on a static path but also to react to real-world changes in operations.
In various models, Gausium also combines this navigation with features like spot cleaning. This allows dirt to be specifically detected and cleaned, rather than treating every surface with the same intensity regardless of actual need.
The Gausium Phantas is one of the manufacturer’s most versatile models. The compact cleaning robot combines four cleaning methods within a single platform: vacuuming, sweeping, scrubbing, and dust mopping.
This makes Phantas particularly suitable for buildings with different floor types and changing requirements. Typical areas of application include office buildings, hotels, retail, educational institutions, and other commercial interior spaces.
Its compact design also enables cleaning in narrow aisles and hard-to-reach areas. Edge cleaning right up to walls and furniture further increases cleaning coverage. Companies looking for a flexible cleaning robot for small to medium-sized areas therefore receive a versatile platform for various daily cleaning tasks with Phantas.
For larger hard floor surfaces, Gausium offers powerful scrubber-dryer robots. The Gausium Scrubber 50 Pro combines autonomous navigation with professional floor cleaning and is suitable for various commercial and institutional applications.
The Gausium Scrubber 75 is even more focused on large areas. The industrial cleaning robot has a working width of 750 mm and is designed for demanding cleaning operations in warehouses, production facilities, logistics, and parking garages.
More than 20 sensors support environmental perception and obstacle detection in the Scrubber 75. In combination with suitable work stations, charging and water processes can also be more highly automated depending on the configuration. This helps reduce manual effort between individual cleaning cycles.
A different cleaning concept is used for dry industrial waste. The Gausium Beetle Pro is an autonomous sweeping robot for warehouses, production areas, logistics centers, and other demanding operational areas.
With a cleaning width of 750 mm and a 45-liter waste bin, the system is designed to regularly collect dust, debris, small waste, and dry soiling. 3D LiDAR supports navigation even in complex industrial environments.
The Beetle Pro is therefore particularly interesting when wet cleaning is not required, but continuous dust control and sweeping are the priority. Especially in warehouses and production, this can help to automate recurring manual cleaning tasks.
The Gausium Omnie is aimed at particularly dynamic operational areas. Gausium combines comprehensive visual perception here with 3D LiDAR and AI-driven cleaning.
The all-around perception helps the robot to record its environment in detail and to navigate reliably even in areas with fluctuating pedestrian and object traffic. At the same time, Omnie combines several cleaning functions and intelligent spot-cleaning approaches.
This makes the system suitable, for example, for transport hubs, larger public buildings, industry, retail, or other locations where the environment changes frequently during ongoing operations.
With the Gausium Vacuum 40, the manufacturer also offers a solution with a special focus on vacuum cleaning. The system is designed for carpeted areas as well as various commercial interior spaces and is therefore suitable for hotels, offices, or public buildings, for example.
The newer platforms Gausium Mira and Gausium Marvel expand the portfolio for other surface sizes. Mira is more focused on compact and medium-sized areas as well as narrow passages, while Marvel is designed for larger commercial and industrial hard floor surfaces.
This allows Gausium to increasingly cover different floor area classes with specialized robots instead of using a single system for every application.
For professional robotics projects, it is not just the actual cleaning performance that is decisive. Equally relevant is how frequently employees need to intervene. Gausium therefore offers automated docking and work station solutions for various models.
Depending on the system, robots can dock and charge independently, and in some cases, automate fresh and wastewater processes. In larger buildings, this can increase available operating time and reduce manual work steps.
Digital platforms also enable the management of cleaning tasks and fleets. Especially for companies with multiple robots or locations, this allows for the standardization of cleaning workflows and better tracking of cleaning performance.
Which Gausium cleaning robot is suitable for a particular company depends on several factors. Key aspects include floor size, floor covering, type of soiling, narrow passages, pedestrian traffic, desired cleaning methods, and available operating times.
Phantas, for example, is suitable for versatile small to medium-sized interior areas, while the Scrubber 75 is designed for large-scale hard floor cleaning. The Beetle Pro addresses dry industrial sweeping processes, the Vacuum 40 handles professional vacuum cleaning, and Omnie is for particularly dynamic environments.
In our cleaning robot comparison, different models and manufacturers can be directly compared. With the ROI calculator for cleaning robots, companies can also check how existing cleaning costs compare to an automated solution.
Terra Robotics provides support with area analysis, model selection, test deployments, commissioning, training, and long-term service. This allows companies to determine which autonomous cleaning robot from Gausium fits their location technically and economically before implementation.
